2 Port PCIE SATA 3.0 6Gbps Controller Card, PCI Express to SATA III Adapter Converter SATA 3.0 PCI-E Riser Expansion Adapter Board for PC

PCIE SATA PCI-E Adapter 2 Port SATA III 6Gbps Controller PCI Express X1 to SATA 3.0 Expansion Card Riser 9125

Feature:
Compliant with Serial ATA Specification 3.0, down compatible with SATA2.0 SATA1.0.
Conformance to PCI-Express v2.0 specifications, down compatible with PCI-Express v1.0.
Supports communication speeds of 6.0Gbps,3.0Gbps and 1.5Gbps.
Supports Gen 1i,Gen 2i,Gen 2m, Gen 2x and Gen 3i.
Supports two SATA Ports.
Supports AHCI 1.0 and IDE modes.
Supports Native Command Queuing(NCQ)
Supports Port Multiplier FIS based switching or command based switching.
Supports Hot Plug and Hot Swap.
Compatible with SATA 6G,3G and 1.5G Hard Drives

Specification:
Product interface: PCI-E 1X 4X 8X 16X
Chipest: 9125
Support specification: SATA3.0 7PIN
Bus interface: PCI-Express X1 slot
Extension interface: 2 SATA3.0 interfaces
System requirements: there is an available PCI Express X1 slot, while supporting PCI-E X2 X4 X8 X16
Operating system: Windows10/8/7 (32/64 bit) / Vista (32/64 bit) / XP/2003/2008/linux

Kind Tips:
1. With SATA3.0 data cable to achieve the best results.
2. PCI-E X1 or X16 must be it is V2.0 version, PCI-E V1.0 speed will not exceed 250M, we suggest directly inserted On the X16 slot, the pci-e x16 usually is v2.0
3. BOIS setting of the motherboard: SATA mode should be changed to AHCI, although some motherboard PCIE is version 2.0, but BOIS does not enable high-speed transmission mode by default (gen2 high speed mode) needs to be manually turned on. Thanks!

Package Included:
1 x PCI-E to SATA 3.0 Extension Card


Product driver files:

1. CD:……DRIVERSATA CARD 9125, then select the corresponding folder according to the system

The usage method of PCIE to SATA3.0 adapter card is as follows:

1. Connection conditions and solutions between system disk and PCIE to SATA3.0 adapter card:

1. The SATA interface mode of PCIE to SATA3.0 is AHCI mode. If you want to insert a system disk on our card, the premise is that your system disk must be installed in AHCI mode when installing the system on the motherboard, otherwise it will not pass. Our card adapter card starts the system.

2. If it is determined that the system disk is inserted into the SATA interface on the motherboard to install the system in AHCI mode, then you can directly insert the hard disk into our card, and then enter the motherboard BIOS to set the system disk as the first boot.

3. If both of the above conditions are met, if it still fails to boot or restarts repeatedly, then the motherboard's hard disk interface may conflict with our adapter card. The solution is to enter the motherboard BIOS and set the motherboard's hard disk interface option to Disabled, save and restart to start the system



2. Connection conditions and solutions for ordinary disks and PCIE to SATA3.0:

1. When the system disk is inserted on the motherboard and the ordinary disk is inserted into the PCIE to SATA3.0 card, then only the adapter card information and the ordinary disk model need to be detected during startup.

2. If the condition 1 is established, the system still cannot be started, then enter the motherboard BIOS and set the system disk as the first startup.

3. Connection between system disk and ordinary disk and PCIE to SATA3.0 and solutions:

1. Prerequisite: If the system with the original motherboard installed on the system disk is an AHCI model test, the following methods can be used. If the system is installed in IDE mode, then the system can only be reinstalled through PCIE to SATA3.0. .

2. After 1 condition is established, if you cannot boot, you need to enter the motherboard BIOS and set the first system disk as the first boot.

3. If all the conditions in 1.2 are met, it still cannot start, then the integrated SATA interface may conflict. Please enter the motherboard BIOS and set SATA to Disabled.